Biosynth’s Post

🌡️🔥 The burning of fossil fuels is one of the key drivers of the unprecedented rise in temperature. EcoPlastiC is committed to making a difference! ♻️ By developing #innovative technologies, we are on a mission to make a positive impact, working on #technology that focuses on producing research-grade PHA #biopolymers, which can be perpetually regenerated and used in the same or similar applications as the equivalent fossil fuel-produced virgin #polymer! Let's embrace sustainable solutions to combat #climatechange and secure a brighter future for our planet! 🌍🌱🚀 #ClimateAction #Innovation #Sustainability #ReducingEmissions https://lnkd.in/gNqRWKCt

Human activities have thrown the earth’s carbon cycle out of balance. 🌱 Our planet naturally absorbs and emits approximately 100 billion tons of carbon dioxide through this natural cycle every year. This total dwarfs humanity’s contribution, amounting to ten times as much CO2 as produced through human activities. 🌏 So, what’s the problem? The problem is that humanity's extra chunk of carbon emissions has tipped out of equilibrium in what was once a balanced cycle. We are adding carbon to the air faster than the planet’s sinks can absorb it. Learn more about this process and carbon sequestration here 👉 https://lnkd.in/g4WAdHtg #EuropeanGreenDeal #BiologicalOrganisms #MineralNutrition #NewZealandGrowers #GrowBetter #RegenerativeAgriculture

Comment: To solve the climate crisis, we need to live in a less material world. Anders Wijkman on the toll the 106 billion tonnes per year of global material use is taking on the planet. International Resource Panel (IRP) #materialextraction #climatecrisis #consumerism #overconsumption #fossilfuels #materialfootprint #globalresources #foodwaste #fastfashion #electronics Terry Slavin, Liam Dowd, Ed Long https://lnkd.in/d8qbV4ZS

Can We Still Slow Climate Change? Our Take 👇 Climate change demands swift action to mitigate its impact. ⏰ The clock is ticking, but hope remains. The culprits behind climate change are well-known 🙄 • Fossil Fuels: Burning coal, oil, and natural gas for energy and industry spews CO2. • Deforestation: Clearing forests reduces CO2 absorption. • Agriculture: Livestock and rice farming emit methane. • Industry: Cement and steel production add to greenhouse gases. 🌎 But we can slow the pace of climate change and reduce the impact 🌍 Here's what we can do 👇 • Ditch Fossil Fuels: Transition to cleaner energy sources, combatting climate change. • Green Ammonia: This zero-carbon wonder can revolutionise industry and agriculture. • Emission Cuts: Green ammonia lowers synthesis energy, making eco-friendly, cost-effective production (ITIF). 💚 Green ammonia doesn't stop at emissions 💚 👩🌾 It also tackles food security by outperforming fossil-fuel-reliant fertilisers. At Nium, we're leading the charge, using groundbreaking nanotech to produce greener ammonia. Our big dream? Eliminate a HUGE 10 million CO2e tonnes yearly by 2030, securing a sustainable future 💪 🌍 💚Want to help the cause? 💚 👉👉👉 Follow Nium and repost this post to spread the word about green ammonia and help our climate start-up reach more people and scale-up our cause 💪 References: Nium : www.wearenium.com NFU (National Farmers' Union): https://lnkd.in/eg6VhccM Information Technology and Innovation Foundation: https://lnkd.in/eh2AkARy Environment+Energy Leader: https://lnkd.in/e88uzzCM #Greenammonia #greenammoniaondemand #ClimateChange #Nium #Sustainability #ClimateAction #wearenium #ammonia #climateactivism #climateweeknyc #climateweek2023 #climateweek #reducecarbonemissions #carbonreduction

Earth is a unique planet supporting many different forms of beautiful life in a very special location in this endless universe, and there is no Plan(et) B within our reach. We must allocate more resources to tackle the global challenges of our century, such as global warming and hunger. At Debye, we have embarked on a mission to enable farmers to transition from ammonia-based fertilizers to nitrate-based ones, aiming to reduce carbon emissions, soil degradation, and air pollution due to ammonia production, transportation and use. Follow us and spark the change for a sustainable future! #earth #sustainability #agriculture #soilhealth #airpollution #netzero #zerocarbonfuture #agritech #cleantech #climatetech #chemicals #fertilizers #ammonia #hydrogen #science #technology #innovation

How can biosolutions contribute to achieving the #SDGs? A new report explores the global potential of biosolutions to combat climate change, increase biodiversity and ensure a more sustainable industrial production. Using nature's own toolbox of microorganisms and fermentation technology, it is possible to replace fossil-based methods with biological solutions, and the overall impact is an estimated total reduction of 4,300 million tons of CO2, equivalent to approx. 8% of the global annual CO2 emissions. The report also discusses how biosolutions such as bioplastics, algae-based solutions and enzymes are contributing to several SDGs. The analysis has been published by the Alliance for Biosolutions in the slipstream of the UN General Assembly and New York Climate Week. Learn more in the report below or at this link: https://lnkd.in/eibQ3kSa #biosolutions #climateaction #rethinktomorrow #UNGA78 #climateweeknyc

"Innovative Solutions for a Greener Future: Polyoxometalates Leading the Charge in CO2 Conversion" Excited to unveil my 38th research publication in the esteemed Journal of the Chinese Chemical Society (Wiley)! In this groundbreaking study, we delve into the fascinating realm of Polyoxometalates and their pivotal role in mitigating CO2 emissions. As the world grapples with the urgent imperative of reducing carbon footprints in line with UNO SDGs, this paper offers a beacon of hope. By exploring innovative approaches and recent developments in CO2 reduction, our findings pave the way for a sustainable future where CO2 is transformed into valuable products by unlocking the transformative potential of Polyoxometalates in combating climate change!

🔥 Using the power of methane-eating microbes to reduce methane emissions? Is it possible? Yes, it is! Methane-eating microbes utilize a process that allows them to consume methane as their primary source of energy and carbon. These microbes are found in environments where methane concentrations are naturally high, such as wetlands, or where methane is a significant byproduct, like agricultural sites and landfills. The microbes oxidize methane into carbon dioxide, which, while still a greenhouse gas, is significantly less potent than methane in terms of global warming potential. The potential of this biotechnology could be a game-changer for industries like agriculture and energy, where methane release is substantial. By integrating these microbes into emission-heavy processes, we can make a significant impact on our planet's health. This is a brilliant example of how innovative science is leading the way in sustainable practices. #Sustainability #ClimateAction #Innovation #EnvironmentalScience #GreenTech

Why #Carbon Footprint Is Increasing? The increasing carbon footprint of our planet is a pressing concern, significantly impacting the environment and human well-being. While natural causes contribute, human activities remain the dominant force behind rising #greenhousegas (#GHG) #emissions. Here, we explore the primary factors fueling this surge: 1️⃣ Population Growth: A burgeoning global population drives the need for more goods and services, leading to increased industrial activity. This surge, especially in nations like China and the United States, contributes substantial CO2 emissions, intensifying the problem. 2️⃣ Energy Consumption: As the population grows, the demand for energy escalates. Our reliance on electricity, primarily from thermal power plants burning fossil fuels, significantly adds to the expanding carbon footprint. 3️⃣ #Transportation: Modern transportation, powered by fossil fuels, contributes significantly to carbon emissions. Vehicles, railways, aircraft, and ships release substantial CO2 into the atmosphere, amplifying environmental impacts. 4️⃣ #Agriculture and Cattle Farming: Increasing food demand drives agricultural expansion, often leading to deforestation. Clearing forests for agriculture and grazing releases stored carbon dioxide, contributing to greenhouse gas concentrations. Agricultural practices like fertilizer use can also indirectly contribute to emissions. 5️⃣ #Industrialization: Industrial activities, especially in energy production, steel manufacturing, oil refineries, and chemical industries, contribute nearly half of global greenhouse gas emissions. Fossil fuel combustion and industrial waste gases significantly add to the surging carbon footprint. Understanding these contributors is pivotal in formulating effective strategies to curb emissions and mitigate the impact on our environment. #CarbonFootprint #GreenhouseGas #ClimateChange #EnvironmentalImpact #EmissionsFactors #GlobalWarming #Sustainability #PopulationGrowth #EnergyConsumption #CattleFarming #Deforestation #FossilFuels #Sustainability #ClimateAction #NetZero #Decarbonization Follow me (Harshal) for exciting #ESG and #Zerocarbon trivia. If you find this post useful, please repost 🔁 so more people can learn from it.

While we need immediate and deep emissions reductions, carbon dioxide removal (CDR) plays a crucial role in all modeled scenarios that limit global warming to 2°C or lower by 2100. So scaling up CDR is essential. But nature isn’t the easiest business to monetize. That’s why solutions with benefits beyond carbon sequestration are so appealing. Enhanced rock weathering is one of those solutions and Benjamin Todd at UNDO gave a great overview of it at last week’s Working in Sustainable Technology meetup. Silicate rocks (comprising silicon and oxygen) make up about 95% of the earth's surface. Over the course of thousands of years, wind and water break down rocks in a process called weathering, which captures CO₂. Enhanced weathering accelerates this process by crushing the rocks into smaller pieces, increasing the reactive surface area. According to the IPCC, this method can store CO₂ for over 10,000 years (more than natural solutions) and costs $50-$200 per ton (cheaper than direct air capture). How it Works 1️⃣ Crushed silicate rock is spread on agricultural land. 2️⃣ Rainwater combines with CO2 as it falls. 3️⃣ The rain reacts with the rock, mineralizing the CO2 and capturing it as solid bicarbonate. 4️⃣ Bicarbonate ions wash out of the soil through runoff, rivers, and streams and ultimately into the ocean, where they’re permanently stored. Co-Benefits Beyond Carbon Capture 1️⃣ Improved Food and Soil Security: As the rock weathers, nutrients are released into the soil that could potentially improve soil health and crop yield, reducing the need for harmful fertilizers. 2️⃣ Reduced Ocean Acidification: Enhanced rock weathering can help reverse the past impacts of pollution and industrial agriculture on marine life in both in rivers and the ocean. Challenges 1️⃣ Scalability: The rate at which ERW can remove CO₂ from the atmosphere depends on soil conditions, and those can vary widely even over small areas of land.  2️⃣ Health Impact: Pulverized rock can contain heavy metals, posing potential health risks. 3️⃣ Monitoring, Reporting and Verification: Current tools and methodologies for MRV are lacking. Bottom line: While more research is needed to fully understand its environmental impact and carbon removal potential, enhanced rock weathering shows promise as one option in the larger CDR removal toolkit. #ClimateTech #CarbonRemoval #EnhancedRockWeathering